function [c_matrCHOL, c_matrCHOLLeft] = CholeskyTestFromFile(matrixSize, blockSize)

fprintf(1, 'Generating an hermitian matrix\n');
c_matrH = Hermitian(matrixSize);
fprintf(1, 'Transform the hermitian matrix in a positive definite one\n');
c_matrHP = c_matrH * c_matrH';
% fprintf(1, 'Execute the Cholesky Factorization on the matrix\n');
% c_matrCHOL = single(chol(single((c_matrHP))))

fprintf(1, 'Execute the Cholesky Factorization Right Looking on the following matrix\n');
c_matrHP
c_matrCHOLRight = single(CholeskyBlockComplexProc(matrixSize, blockSize, c_matrHP));

fprintf(1, 'Execute the Cholesky Factorization Left Looking on the following matrix\n');
c_matrHP
c_matrCHOLLeft = single(choleskyBlockLeftComplex(matrixSize, blockSize, c_matrHP));

c_matrCHOL = c_matrCHOLLeft;